CN202907216U

CN202907216U - Infrared optical-radiation-type paperboard heating device

Info

Publication number: CN202907216U
Application number: CN 201220416010
Authority: CN
Inventors: 洪惟鸿
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-08-21
Filing date: 2012-08-21
Publication date: 2013-04-24
Anticipated expiration: 2022-08-21

Abstract

An infrared optical-radiation-type paperboard heating device is applied in a corrugated paper material technology. The device of the utility model mainly comprises a light-permeable flat body. A heating plane which is used for the corrugated paper material to pass through is formed on a surface. Several infrared lamp tubes are formed below the flat body. Light radiation heat generated when the each infrared lamp tube is actuated directly passes through the flat body and directly acts on the corrugated paper material which passes through the surface of the flat body so that the corrugated paper material absorbs the light radiation heat and a temperature is rapidly raised to the temperature needed during working.

Description

Infrared ray radiant type cardboard heater

Technical field

The utility model relates to a kind of infrared ray radiant type cardboard heater, it is applied in the corrugation paper wood manufacture process, and espespecially a kind of light radiation heat for the infrared lamp generation of the utility model directly penetrates and be projected to the infrared ray radiant type cardboard heater of corrugation paper wood.

Background technology

Generally speaking, corrugated board is to strengthen its structure by the mode that is subjected to thermal finalization, so the dealer is when each paper wood is finalized the design operation, needs carry out preheating to each paper wood first, is beneficial to its typing; See also Fig. 1, it is a kind of schematic diagram of traditional corrugated board applying heater shown in the figure, corrugated board applying heater 1 as shown in Figure 1, it mainly comprises the heating platform 11 that several are made by steel, each heating platform 11 is connected with a boiler 12 that can produce steam respectively, because boiler 12 heats to produce steam by burning kerosene or coal gas, so when boiler 12 and heating platform 11 finish be connected after, the steam that boiler 12 produces can be transferred into the inside of heating platform 11, with by the formed thermal source of steam, make the surface of heating platform 11 promote temperature for carrying out operation, and according to this to carrying out heat treated through the corrugation paper wood 13 on each heating platform 11, afterwards, the corrugation paper wood 13 after heat treated can supply the follow-up moulding of carrying out, typing, the operations such as conveying form corrugated board at last.

Hold, traditional corrugated board applying heater 1 mainly makes corrugation paper wood 13 before moulding and fitting, the heating platform 11 of making through steel in advance, make corrugation paper wood 13 itself have suitable temperature (processing temperature), yet it still has the immaturity part, and for example boiler 12 belongs to large-scale facility, takes up space, and burning kerosene or coal gas not only increase cost, also can increase the misgivings of fail safe; Moreover, the steam that aforementioned heating platform 11 transmits in order to accommodating boiler 12, therefore must bear all pressure that steam produces, in case pressure control is careless slightly, heating platform 11 namely has the danger of blast, for this reason, must thicken the steel inwall of heating platform 11, can make heating platform 11 thickness own be enough to bear steam pressure, yet this measure but causes building of traditional corrugated board applying heater 1 with high costs, make its dangerous high, bulky, temperature adjusting is difficult, is unfavorable for the operations such as assembling, replacing and maintenance.

See also again shown in Figure 1, and please arrange in pairs or groups and consult Fig. 2, it is a kind of side schematic view of traditional heating platform shown in the figure, because 11 traditional of heating platforms are made as metal material, it is hollow form, the middle high-temperature steam that imports, by the temperature of steam, make heating platform 11 surfaces produce high temperature, so temperature is when conduction, whole heating platform 11 is high temperature, just, the upper surface of heating platform 11 is after corrugation paper wood 13 warps, and the temperature of its upper surface is understood fast-descending, so that whole heating platform 11 begins to present the situation of temperature inequality, be with, when heating platform 11 after use after a while, namely can be as shown in Figure 2, the shrinkage heat that causes of the Yin Wendu inequality situation that rises causes heating platform 11 distortion gradually.

Therefore, for aforementioned various disappearances, how to design a kind of with low cost, safe, volume is little, temperature adjusting is easy, the maintenance easy accessibility, can save simultaneously the cardboard heater of manufacturing time, real is the industry problem demanding prompt solution.

The utility model content

Because above-mentioned problem, the creator studies and improves for the heater of corrugated board manufacturing equipment according to the experience of being engaged in for many years design corrugated board manufacturing equipment, and the phase can be designed the entity products that addresses the above problem; Edge this, the main purpose of the utility model be to provide a kind of with low cost, safe, volume is little, temperature adjusting is easy, the maintenance easy accessibility, can save simultaneously the infrared ray radiant type cardboard heater of manufacturing time.

For reaching above-mentioned purpose, infrared ray radiant type cardboard heater of the present utility model, mainly formed by the platysome of a light-permeable and structure that several infrared lamps are organized, wherein, platysome is installed in the corrugated board manufacturing equipment, its surface forms a flat heated that can supply the corrugation paper wood to pass through, described several infrared lamp group structures are in the platysome below, after each infrared lamp start, can produce rapidly light radiation heat, the light radiation heat that produces will directly penetrate platysome, and directly act on the corrugation paper wood by the platysome surface, make corrugation paper wood absorption optical radiant heat and fast lifting to the required temperature of operation, be beneficial to the follow-up typing of paper wood, whereby, the utility model is in the process of making corrugated board, need not large-scale heating device (such as boiler), can significantly save equipment cost and build the space.Moreover, the source that the utility model heats up is produced thermal effect by infrared lamp, its temperature is easy to control, heat up rapidly, and by electric heating, need not to utilize fuel, steam etc. are as thermal source, except reducing energy consumption, meet outside environmental protection and energy saving consider, also considering without pressure protect, and then can promote the whole fail safe of using, and the utility model directly penetrates the housing of light-permeable by light radiation heat, and heat itself can not accumulated in housing in a large number, guarantees that housing itself (being mainly the plane for the plane of corrugation paper wood process) is not out of shape because of heat conduction inequality; Because the utility model can be organized with many groups according to actual demand (length, width) and establishes, not only distribution is unrestricted, and during maintenance, only needs that each infrared lamp is pulled out platysome together and can carry out outward, so can effectively save maintenance time and space cost.

For achieving the above object, the utility model comprises: a kind of infrared ray radiant type cardboard heater, and the group structure is provided with a paper wood is heated in a corrugated board manufacturing equipment, and in order to its follow-up moulding and typing operation, it comprises:

A platysome of being made by the light-permeable material; And

Several infrared lamps, group structure are in this platysome below, and the light radiation that produces during by this infrared lamp start heat is so that be positioned at this paper wood absorption optical radiant heat and the intensification on this platysome surface.

Wherein, this platysome periphery extends to form a housing, and this housing is hollow form, and respectively this infrared lamp is placed in wherein.

Wherein, group is provided with a support body in this housing, and respectively this infrared lamp is fixed in this support body.

Wherein, this support body bottom surface is provided with at least one sliding part, and a slide rail in the configuration of this sliding part and this housing mates mutually, and this support body can reciprocatingly slide in this housing.

Wherein, respectively arrange this infrared lamp space, and the surface of this platysome forms several heating regions.

Wherein, respectively this infrared lamp is finished with a temperature controller and is electrically connected.

The beneficial effects of the utility model are, the utility model is in the process of making corrugated board, need not large-scale heating device (such as boiler), and can organize with many groups according to actual demand (length, width) and establish, not only distribution is unrestricted, and during maintenance, only need that each infrared lamp is pulled out platysome together and can carry out outward, so can effectively save maintenance time and space cost.

For enabling the clear content of the present utility model of understanding, only in the following instructions collocation diagram please be consulted.

Description of drawings

Fig. 1 is a kind of schematic diagram of traditional corrugated board applying heater.

Fig. 2 is a kind of side schematic view of traditional heating platform.

Fig. 3 is that member of the present utility model forms schematic diagram.

Fig. 4 is illustrative view of the present utility model.

Fig. 5 is the actual schematic diagram that applies of the present utility model.

Fig. 6 is another actual schematic diagram that applies of the present utility model.

Fig. 7 is generalized section of the present utility model.

Fig. 8 is side schematic view of the present utility model.

[main element symbol description]

1 corrugated board applying heater

11 heating platforms, 12 boilers

13 corrugation paper woods

2 infrared ray radiant type cardboard heaters

21 platysomes, 22 infrared lamps

211 flat heated, 23 corrugation paper woods

212 housings, 24 temperature controllers

213 slide rails, 25 support bodys

A1 heating region 251 hard skeletons

A2 heating region 252 sliding parts

The a3 heating region.

Embodiment

See also Fig. 3, be that member of the present utility model forms schematic diagram shown in the figure, infrared ray radiant type cardboard heater 2 as shown in FIG., it is assembled in the corrugated board manufacturing equipment, and can many group infrared ray radiant type cardboard heaters 2 be arranged in response to the construction of Whole Equipment demand, its quantity is also unrestricted; Infrared ray radiant type cardboard heater 2 is mainly formed by platysome 21 and several infrared lamp 22 structures of organizing of a light-permeable, wherein, platysome 21 is installed in the corrugated board manufacturing equipment, its upper surface forms a flat heated 211 that can supply a corrugation paper wood 23 to pass through, 22 groups of structures of described several infrared lamps are in platysome 21 belows, after each infrared lamp 22 start, can produce rapidly light radiation heat, the light radiation heat that produces will directly penetrate platysome 21, and directly act on the corrugation paper wood 23 by platysome 21 surfaces, make corrugation paper wood 23 absorption optical radiant heat and fast lifting to the required temperature of operation, be beneficial to the follow-up typing of paper wood.

See also Fig. 4, it is illustrative view of the present utility model shown in the figure, infrared ray radiant type cardboard heater 2 as shown in FIG., it comprises a platysome 21, platysome 21 can be effectively for behind each its surface of paper wood process before the moulding, reach the effect of finishing preheating, be beneficial to the typing after the moulding, platysome 21 peripheries stretch out and form a housing 212, housing 212 is hollow form, and described several infrared lamps 22 are in the inner accommodating, housing 212 consists of (being made for the best with glass material) by light-transmitting materials, its surface energy passes through for the light radiation heat that each infrared lamp 22 produces, and makes the direct absorption optical radiant heat and being rapidly heated of corrugation paper wood 23 by platysome 21 surfaces.

See also Fig. 5, be the actual schematic diagram that applies of the present utility model shown in the figure, along with thickness and the paper feeding speed of corrugation paper wood 23 are different, its needed processing temperature height is also different, more need metastable processing temperature, in view of this, the utility model further is electrically connected to each infrared lamp 22 with a temperature controller 24, in order to control respectively infrared lamp 22, so can be for variety classes, size, the corrugation paper wood 23 of thickness effectively carries out processing temperature control, for example, when carrying out the manufacturing of corrugated board with thicker corrugation paper wood 23, then can increase the temperature that infrared lamp 22 produces via temperature controller 24, or the paper wood of reduced size for example, the infrared lamp 22 that then can activate in the appropriate area areas via temperature controller 24, all the other corrugation paper woods 23 are the zone of process not, its infrared lamp 22 need not start, so, can effectively significantly promote the stability of corrugated board production quality, and also can reach the purpose of saving the energy; Moreover, infrared ray radiant type cardboard heater 2 as shown in this figure, its inner infrared lamp 22 is through arranging assembling, make platysome 21 surfaces be formed with several heating regions (a1, a2, a3), corrugation paper wood 23 as shown in this figure, the rough heating region a2 that is equal to of its width, the user can see through external control device (power-supply controller of electric for example, temperature controller etc.), driving is mounted on each infrared lamp 22 start of heating region a2 inside, heating region a2 is heated up, whereby, the paper wood width that the visual wish of user is used drives heating region (a1, a2, a3), for example the paper wood width is contained heating region (a1, a2, a3) time, then with heating region (a1, a2, a3) each infrared lamp 22 in all starts, so, can start according to circumstances required infrared lamp 22, effectively reach the effect of energy savings.

Hold, please arrange in pairs or groups and consult Fig. 6, be another actual schematic diagram that applies of the present utility model shown in the figure, as shown in the figure, the dealer also can sequentially be arranged in strip with several infrared ray radiant type cardboard heaters 2 according to actual needs, can be by the surface by each platysome 21 for corrugation paper wood 23, the light radiation heat that absorption is sent from infrared lamp 22, and fast lifting is to the required temperature of operation.

See also Fig. 7, it is generalized section of the present utility model shown in the figure, and please arrange in pairs or groups and consult Fig. 8, it is side schematic view of the present utility model shown in the figure, as shown in Figures 7 and 8, infrared ray radiant type cardboard heater 2 still comprises a support body 25, support body 25 is integrally formed or combine by complex root hard skeleton 251, and support body 25 is mounted on housing 212 inside, its bottom surface is provided with at least one sliding part 252, the configuration of described sliding part 252 can be mated mutually with the housing 212 inboard slide rails 213 that arrange, support body 25 can be reciprocatingly slided in housing 212 by mat sliding part 252, and described several infrared lamps 22 are sequentially arranged the inner edge that is fixedly arranged on support body 25, and be housed inside housing 212 inside, each infrared lamp 22 is arranged according to the preset distance space, so, when in case wherein an infrared lamp 22 damages, only need support body 25 and interior infrared lamp 22 thereof are pulled out outside the housing 212 together, can easily replace the infrared lamp 22 of damage, so can effectively save maintenance time and space cost.

Because the utility model mainly utilizes infrared lamp 22 to become pyrotoxin, so the inwall of platysome 21 and housing 212 is only kept minimum thickness and is got final product, and the shape of platysome 21, housing 212 and support body 25 all can design according to user's demand, makes to the utlity model has the high advantage of application; As mentioned above, the utility model produces light radiation heat with infrared lamp as pyrotoxin, and the platysome with a light-permeable supplies the light radiation thermal break-through and directly acts on the corrugation paper wood, use effective saving energy and construction space, but the also pollution during reduction process, fail safe when promoting simultaneously its operation, be with, the utility model is after it implements according to this, really can reach provide a kind of with low cost, safe, volume is little, temperature adjusting is easy, the maintenance easy accessibility, the purpose that simultaneously can save the infrared ray radiant type cardboard heater of manufacturing time.

Only, the above person, it only is preferred embodiment of the present utility model, be not to limit the scope that the utility model is implemented, any those skilled in the art, do not breaking away from the equalization variation of doing under spirit of the present utility model and the scope and modifying, all should be covered by impartial the variation and modification of the present utility model, all should be covered by in the claim scope of the present utility model.

Claims

1. an infrared ray radiant type cardboard heater is organized structure in the corrugated board manufacturing equipment, is provided with paper wood is heated, and it is characterized in that it comprises:

A platysome of being made by the light-permeable material; And

Several infrared lamps, group structure are in this platysome below, and the light radiation heat that produces when making this infrared lamp start is positioned at this paper wood absorption on this platysome surface and heats up.

2. infrared ray radiant type cardboard heater as claimed in claim 1 is characterized in that this platysome periphery extends to form a housing, and this housing is hollow form, and respectively this infrared lamp is placed in wherein.

3. infrared ray radiant type cardboard heater as claimed in claim 2 is characterized in that, group is provided with a support body in this housing, and respectively this infrared lamp is fixed in this support body.

4. infrared ray radiant type cardboard heater as claimed in claim 3, it is characterized in that, this support body bottom surface is provided with at least one sliding part, and a slide rail in the configuration of this sliding part and this housing mates mutually, and this support body can be reciprocatingly slided in this housing by this sliding part.

5. infrared ray radiant type cardboard heater as claimed in claim 1 is characterized in that, respectively arrange this infrared lamp space, and make the surface of this platysome form several heating regions.

6. infrared ray radiant type cardboard heater as claimed in claim 1 is characterized in that, respectively this infrared lamp is finished with a temperature controller and is electrically connected.